Entry Level Structural Engineer at ATMI PRECAST

Aurora, Illinois, United States -

Full Time

Start Date

Immediate

Expiry Date

04 Feb, 26

Salary

0.0

Posted On

06 Nov, 25

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Structural Analysis, Design Principles, Finite Element Analysis, Load Analysis, Building Codes, Microsoft Office, AutoCAD, Revit, Tekla, Engineering Software, Communication Skills, Technical Documents, Organizational Skills, Time Management, Team Collaboration, Computer Proficiency

Industry

Construction

Description

Description ATMI Precast is not your average construction company. You will join a high-performing team that values clear communication, strong processes, and doing things the right way. Our leadership is approachable, our projects are meaningful, and your work will make a real difference. As a Structural Engineer at ATMI Precast, you will apply your engineering education to real-world structural design challenges. You will gain hands-on experience working with precast concrete systems and modern modeling tools, collaborate with experienced engineers, and see your work come to life in large-scale buildings. This is a great opportunity for an entry-level engineer who wants to grow their technical skills and be part of projects that shape the built environment. Summary The Structural Engineer is an entry-level engineering-track role focused on applying engineering principles to real-life structural design and construction applications. This position involves learning ATMI’s engineering processes and software, performing calculations and modeling under the guidance of senior engineers, and preparing drawings and documentation in CAD and BIM environments. Responsibilities Prepare all work in accordance with approved office processes, formats, and standards Perform engineering analyses and calculations under the direction of senior engineering staff Assist with the design of precast components, connections, and 3D structural models Prepare drawings, models, and supporting documentation in AutoCAD, Revit, and Tekla Conduct 3D finite element analysis and design under supervision Participate in the development of in-house design templates, checklists, and standards Review and verify drawings, calculations, and documentation for accuracy and completeness Meet project deadlines and adhere to budgeted hours Support project teams by coordinating with engineering, drafting, and production staff Participate in external and internal training sessions and seminars to advance technical skills Manage assigned tasks and assist in leading small project activities as a Task Leader Perform other duties as assigned Requirements Bachelor’s degree in Architectural, Civil, or Structural Engineering required; Master’s degree preferred Basic knowledge of structural analysis and design principles Understanding of finite element analysis and modeling concepts Familiarity with load analysis, including snow, seismic, and wind design Basic knowledge of current building and material codes Proficiency in Microsoft Office (Word, Excel, Adobe/Bluebeam) Familiarity with AutoCAD, Revit, Tekla, or similar CAD/BIM software Exposure to engineering software such as RAM, RISA, TEDDS, or equivalent Strong written and verbal communication skills Ability to read and interpret technical and construction documents Strong organizational and time management abilities Desire to learn new engineering tools and continuously improve technical skills Able to work collaboratively in a team environment with diverse professionals Able to work for extended periods at a computer and occasionally visit construction or plant sites Environment and Physical Requirements Must be able to lift up to 25 lbs May be required to visit job sites and manufacturing plants with exposure to heat, cold, humidity, and dust Office-based role with extended computer use

Responsibilities

The Structural Engineer will apply engineering principles to real-life structural design and construction applications, learning ATMI’s engineering processes and software. Responsibilities include performing calculations, assisting with design, preparing documentation, and supporting project teams.